In a landmark event for Kerala’s modern road infrastructure, Union Minister for Road Transport and Highways, Nitin Gadkari, has inaugurated and laid the foundation stone for 12 National Highway projects. Spanning a total length of 105 km and valued at over ₹1464 Crore, these projects were launched in a grand ceremony in Kasargod, Kerala, on Friday. The event was graced by several dignitaries including Union MoS V. Muraleedharan, Kerala PWD Minister P. A. Mohammed Riyas, Kasargod MP Rajmohan Unnithan, various MLAs, and senior officials.
Aimed at enhancing the connectivity between Tamil Nadu and Kerala, these projects promise to revolutionize transportation in the region. They are expected to facilitate swift and efficient travel, significantly reducing transportation costs. A noteworthy aspect of these projects is their focus on improving road safety by eliminating black spots on National Highways, which is anticipated to lead to a considerable reduction in road accidents.
Beyond the immediate benefits of better connectivity and safety, these projects are set to have a far-reaching impact on Kerala’s socio-economic landscape. They are poised to generate a plethora of employment opportunities, both directly and indirectly, thereby propelling socio-economic development in the state.
In addition to the economic benefits, the tourism sector is also set to receive a major boost. Improved accessibility to the popular hill station of Munnar is likely to attract more tourists, further enhancing Kerala’s reputation as a prime tourist destination. The construction of a high-level bridge is another significant feature of these projects, poised to eliminate a 27 km detour during floods. This infrastructural improvement is not only expected to streamline travel for locals but also aid in the smoother export of key Kerala products.
Overall, these 12 National Highway projects mark a significant milestone in Kerala’s journey towards advanced road infrastructure, promising enhanced connectivity, safety, economic growth, and tourism potential.
